Abaixo está uma instrução que descreve uma tarefa de geração de SQL, combinada com uma entrada que fornece mais contexto sobre os esquemas de tabela disponíveis. Escreva o código SQL que responda adequadamente à solicitação
 ###Instrução: Nomeie a presença de localização para l 105–123 (ot)
 ###Tabelas: CREATE TABLE religious_affiliation_by_geography_and_by_ethnic_group (religious_affiliation_by_geography_and_by_ethnic_group_id AUTO_INCREMENT PRIMARY KEY, Ethnic Group VARCHAR, Main Regions VARCHAR, Population INT, Percentage of total population VARCHAR, Christians VARCHAR, Muslims VARCHAR, Other VARCHAR) CREATE TABLE most_isolated_major_summits (most_isolated_major_summits_id AUTO_INCREMENT PRIMARY KEY, Rank INT, Mountain Peak VARCHAR, Province VARCHAR, Mountain Range VARCHAR, Location VARCHAR) CREATE TABLE political_parties (political_parties_id AUTO_INCREMENT PRIMARY KEY, Name (English) VARCHAR, Name (German) VARCHAR, Abbr. VARCHAR, Ideology VARCHAR, Position VARCHAR, Votes (2011) VARCHAR, Seats in Hamburgische Bürgerschaft INT) CREATE TABLE game_log (game_log_id AUTO_INCREMENT PRIMARY KEY, Game INT, Date VARCHAR, Team VARCHAR, Score VARCHAR, High points VARCHAR, High rebounds VARCHAR, High assists VARCHAR, Location Attendance VARCHAR, Record VARCHAR) CREATE TABLE january_secondary_phase (january_secondary_phase_id AUTO_INCREMENT PRIMARY KEY, Round INT, Name VARCHAR, Position VARCHAR, School VARCHAR, Signed VARCHAR)  
SELECT Location Attendance FROM game_log WHERE Score = L 105–123 (OT)